remove vestigial prolog/ directory (#444)
This commit is contained in:
Mark Thom
431
src/macros.rs
Normal file
431
src/macros.rs
Normal file
@@ -0,0 +1,431 @@
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macro_rules! interm {
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($n: expr) => {
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ArithmeticTerm::Interm($n)
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};
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}
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/* A simple macro to count the arguments in a variadic list
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* of token trees.
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*/
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macro_rules! count_tt {
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() => { 0 };
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($odd:tt $($a:tt $b:tt)*) => { (count_tt!($($a)*) << 1) | 1 };
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($($a:tt $even:tt)*) => { count_tt!($($a)*) << 1 };
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}
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macro_rules! functor {
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($name:expr, $fixity:expr, [$($dt:ident($($value:expr),*)),+], [$($aux:ident),*]) => ({
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{
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#[allow(unused_variables, unused_mut)]
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let mut addendum = Heap::new();
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let arity = count_tt!($($dt) +);
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let aux_lens = [$($aux.len()),*];
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let mut result =
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vec![ HeapCellValue::NamedStr(arity, clause_name!($name), Some($fixity)),
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$(functor_term!( $dt($($value),*), arity, aux_lens, addendum ),)+ ];
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$(
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result.extend($aux.into_iter());
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)*
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result.extend(addendum.into_iter());
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result
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}
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});
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($name:expr, $fixity:expr, [$($dt:ident($($value:expr),*)),+]) => ({
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{
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#[allow(unused_variables, unused_mut)]
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let mut addendum = Heap::new();
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let arity = count_tt!($($dt) +);
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let mut result =
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vec![ HeapCellValue::NamedStr(arity, clause_name!($name), Some($fixity)),
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$(functor_term!( $dt($($value),*), arity, [], addendum ),)+ ];
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result.extend(addendum.into_iter());
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result
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}
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});
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($name:expr, [$($dt:ident($($value:expr),*)),+], [$($aux:ident),*]) => ({
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{
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#[allow(unused_variables, unused_mut)]
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let mut addendum = Heap::new();
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let arity = count_tt!($($dt) +);
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let aux_lens = [$($aux.len()),*];
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let mut result =
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vec![ HeapCellValue::NamedStr(arity, clause_name!($name), None),
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$(functor_term!( $dt($($value),*), arity, aux_lens, addendum ),)+ ];
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$(
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result.extend($aux.into_iter());
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)*
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result.extend(addendum.into_iter());
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result
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}
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});
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($name:expr, [$($dt:ident($($value:expr),*)),+]) => ({
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{
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let arity = count_tt!($($dt) +);
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vec![ HeapCellValue::NamedStr(arity, clause_name!($name), None),
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$(functor_term!( $dt($($value),*), arity, [], addendum ),)+ ]
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}
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});
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($name:expr, $fixity:expr) => (
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vec![ HeapCellValue::Atom(clause_name!($name), Some($fixity)) ]
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);
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(clause_name($name:expr)) => (
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vec![ HeapCellValue::Atom($name, None) ]
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);
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($name:expr) => (
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vec![ HeapCellValue::Atom(clause_name!($name), None) ]
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);
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}
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macro_rules! functor_term {
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(aux(0), $arity:expr, $aux_lens:expr, $addendum:ident) => ({
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HeapCellValue::Addr(Addr::HeapCell($arity + 1))
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});
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(aux($e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => ({
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let len: usize = $aux_lens[0 .. $e].iter().sum();
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HeapCellValue::Addr(Addr::HeapCell($arity + 1 + len))
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});
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(aux($h:expr, 0), $arity:expr, $aux_lens:expr, $addendum:ident) => ({
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HeapCellValue::Addr(Addr::HeapCell($arity + $h + 1))
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});
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(aux($h:expr, $e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => ({
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let len: usize = $aux_lens[0 .. $e].iter().sum();
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HeapCellValue::Addr(Addr::HeapCell($arity + $h + 1 + len))
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});
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(addr($e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => (
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HeapCellValue::Addr($e)
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);
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(constant($h:expr, $e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => (
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from_constant!($e, $h, $arity, $aux_lens, $addendum)
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);
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(constant($e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => (
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from_constant!($e, 0, $arity, $aux_lens, $addendum)
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);
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(number($e:expr), $arity:expr, $aux_lens:expr, $addendum:ident) => (
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$e.into()
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);
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(integer($e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => (
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HeapCellValue::Integer(Rc::new(Integer::from($e)))
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);
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(clause_name($e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => (
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HeapCellValue::Atom($e, None)
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);
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(atom($e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => (
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HeapCellValue::Atom(clause_name!($e), None)
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);
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(value($e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => (
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$e
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);
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(string($h:expr, $e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => ({
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let len: usize = $aux_lens.iter().sum();
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let h = len + $arity + 1 + $addendum.h() + $h;
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$addendum.put_complete_string(&$e);
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HeapCellValue::Addr(Addr::PStrLocation(h, 0))
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});
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(boolean($e:expr), $arity:expr, $aux_lens:expr, $addendum: ident) => ({
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if $e {
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functor_term!(atom("true"), $arity, $aux_lens, $addendum)
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} else {
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functor_term!(atom("false"), $arity, $aux_lens, $addendum)
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}
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});
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($e:expr, $arity:expr, $aux_lens:expr, $addendum:ident) => (
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$e
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);
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}
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macro_rules! from_constant {
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($e:expr, $over_h:expr, $arity:expr, $aux_lens:expr, $addendum:ident) => ({
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match $e {
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&Constant::Atom(ref name, ref op) => {
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HeapCellValue::Atom(name.clone(), op.clone())
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}
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&Constant::Char(c) => {
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HeapCellValue::Addr(Addr::Char(c))
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}
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&Constant::Fixnum(n) => {
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HeapCellValue::Addr(Addr::Fixnum(n))
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}
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&Constant::Integer(ref n) => {
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HeapCellValue::Integer(n.clone())
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}
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&Constant::Rational(ref r) => {
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HeapCellValue::Rational(r.clone())
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}
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&Constant::Float(f) => {
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HeapCellValue::Addr(Addr::Float(f))
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}
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&Constant::String(ref s) => {
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let len: usize = $aux_lens.iter().sum();
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let h = len + $arity + 1 + $addendum.h() + $over_h;
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$addendum.put_complete_string(&s);
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HeapCellValue::Addr(Addr::PStrLocation(h, 0))
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}
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&Constant::Usize(u) => {
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HeapCellValue::Addr(Addr::Usize(u))
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}
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&Constant::EmptyList => {
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HeapCellValue::Addr(Addr::EmptyList)
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}
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}
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})
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}
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macro_rules! is_atom {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsAtom($r)), 1, 0)
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};
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}
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macro_rules! is_atomic {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsAtomic($r)), 1, 0)
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};
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}
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macro_rules! is_integer {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsInteger($r)), 1, 0)
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};
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}
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macro_rules! is_compound {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsCompound($r)), 1, 0)
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};
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}
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macro_rules! is_float {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsFloat($r)), 1, 0)
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};
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}
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macro_rules! is_rational {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsRational($r)), 1, 0)
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};
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}
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macro_rules! is_nonvar {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsNonVar($r)), 1, 0)
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};
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}
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macro_rules! is_var {
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($r:expr) => {
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call_clause!(ClauseType::Inlined(InlinedClauseType::IsVar($r)), 1, 0)
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};
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}
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macro_rules! call_clause {
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($ct:expr, $arity:expr, $pvs:expr) => {
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Line::Control(ControlInstruction::CallClause(
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$ct, $arity, $pvs, false, false,
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))
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};
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($ct:expr, $arity:expr, $pvs:expr, $lco:expr) => {
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Line::Control(ControlInstruction::CallClause(
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$ct, $arity, $pvs, $lco, false,
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))
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};
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}
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macro_rules! call_clause_by_default {
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($ct:expr, $arity:expr, $pvs:expr) => {
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Line::Control(ControlInstruction::CallClause(
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$ct, $arity, $pvs, false, true,
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))
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};
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($ct:expr, $arity:expr, $pvs:expr, $lco:expr) => {
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Line::Control(ControlInstruction::CallClause(
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$ct, $arity, $pvs, $lco, true,
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))
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};
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}
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macro_rules! proceed {
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() => {
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Line::Control(ControlInstruction::Proceed)
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};
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}
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macro_rules! is_call {
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($r:expr, $at:expr) => {
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call_clause!(ClauseType::BuiltIn(BuiltInClauseType::Is($r, $at)), 2, 0)
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};
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}
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macro_rules! is_call_by_default {
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($r:expr, $at:expr) => {
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call_clause_by_default!(ClauseType::BuiltIn(BuiltInClauseType::Is($r, $at)), 2, 0)
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};
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}
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macro_rules! set_cp {
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($r:expr) => {
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call_clause!(ClauseType::System(SystemClauseType::SetCutPoint($r)), 1, 0)
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};
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}
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macro_rules! succeed {
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() => {
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call_clause!(ClauseType::System(SystemClauseType::Succeed), 0, 0)
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};
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}
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macro_rules! fail {
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() => {
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call_clause!(ClauseType::System(SystemClauseType::Fail), 0, 0)
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};
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}
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macro_rules! compare_number_instr {
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($cmp: expr, $at_1: expr, $at_2: expr) => {{
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let ct = ClauseType::Inlined(InlinedClauseType::CompareNumber($cmp, $at_1, $at_2));
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call_clause!(ct, 2, 0)
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}};
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}
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macro_rules! jmp_call {
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($arity:expr, $offset:expr, $pvs:expr) => {
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Line::Control(ControlInstruction::JmpBy($arity, $offset, $pvs, false))
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};
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}
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macro_rules! try_eval_session {
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($e:expr) => {
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match $e {
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Ok(result) => result,
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Err(e) => return EvalSession::from(e),
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}
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};
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}
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macro_rules! return_from_clause {
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($lco:expr, $machine_st:expr) => {{
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if let CodePtr::VerifyAttrInterrupt(_) = $machine_st.p {
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return Ok(());
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}
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if $lco {
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$machine_st.p = CodePtr::Local($machine_st.cp);
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} else {
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$machine_st.p += 1;
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}
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Ok(())
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}};
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}
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macro_rules! dir_entry {
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($idx:expr) => {
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LocalCodePtr::DirEntry($idx)
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};
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}
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macro_rules! set_code_index {
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($idx:expr, $ip:expr, $mod_name:expr) => {{
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let mut idx = $idx.0.borrow_mut();
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idx.0 = $ip;
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idx.1 = $mod_name.clone();
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}};
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}
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macro_rules! index_store {
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($atom_tbl:expr, $code_dir:expr, $op_dir:expr, $modules:expr) => {
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IndexStore {
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atom_tbl: $atom_tbl,
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code_dir: $code_dir,
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module_dir: ModuleDir::new(),
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dynamic_code_dir: DynamicCodeDir::new(),
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global_variables: GlobalVarDir::new(),
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in_situ_code_dir: InSituCodeDir::new(),
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in_situ_module_dir: ModuleStubDir::new(),
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op_dir: $op_dir,
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modules: $modules,
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stream_aliases: StreamAliasDir::new(),
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streams: StreamDir::new(),
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}
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};
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}
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macro_rules! default_index_store {
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($atom_tbl:expr) => {
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index_store!($atom_tbl, CodeDir::new(), default_op_dir(), IndexMap::new())
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};
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}
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macro_rules! put_constant {
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($lvl:expr, $cons:expr, $r:expr) => {
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QueryInstruction::PutConstant($lvl, $cons, $r)
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};
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}
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macro_rules! get_level_and_unify {
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($r: expr) => {
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Line::Cut(CutInstruction::GetLevelAndUnify($r))
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};
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}
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macro_rules! unwind_protect {
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($e: expr, $protected: expr) => {
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match $e {
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Err(e) => {
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$protected;
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return Err(e);
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}
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_ => {}
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}
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};
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}
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macro_rules! discard_result {
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($f: expr) => {
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match $f {
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_ => (),
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}
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};
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}
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macro_rules! ar_reg {
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($r: expr) => {
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ArithmeticTerm::Reg($r)
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};
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}
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macro_rules! atom_from {
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($self:expr, $indices:expr, $e:expr) => {
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match $e {
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Addr::Con(h) if $self.heap.atom_at(h) => {
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match &$self.heap[h] {
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HeapCellValue::Atom(ref atom, _) => {
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atom.clone()
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}
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_ => {
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unreachable!()
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}
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}
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}
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Addr::Char(c) => {
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clause_name!(c.to_string(), $indices.atom_tbl.clone())
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}
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_ => {
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unreachable!()
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}
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}
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}
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}
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